La Hisense RGB MiniLED technology It has officially launched in Spain with an event held in Madrid, which also served as its official presentation for the European market. The company is thus reinforcing its commitment to the high-end television segment, introducing a different way of generating light and color on screen that aims to improve both image quality and visual comfort in the home.
During the event, held at the Casa del Lector at the Matadero Madrid center Within the framework of the LuzMadrid festival, executives from Hisense Iberia and experts in imaging and eye health explained, while highlighting the latest innovations in image and sound, how this solution of RGB MiniLED backlighting How does it differ from conventional LED systems, and what impact might it have on the renewal of television stock in Spain and the rest of Europe?
Presentation in Madrid and context of the arrival in Europe
The meeting was hosted by the journalist Ana Terradillos and had the participation of José-Benigno Fernández, vice president of Hisense Iberia; Yannella Amendola, marketing manager of the subsidiary; Florin Ristea, In-store & Training Manager; and the Dr. Luis Arrevola, ophthalmologist at ClÃnica Baviera. They all explained the key aspects of this technology, which the brand positions as a turning point in the home entertainment experience.
Spokespeople insisted that Hisense is positioned as pioneering brand in introducing RGB MiniLED into consumer televisions in the European market, a move that, they argued, heralds a new stage in the evolution of the audiovisual sector. The multinational had already shown a first preview during the trade fair. IFA 2025 Berlinwith a 116-inch television, but it is now that the commercial launch is taking place in Spain and other countries in the region.
In their remarks, the executives emphasized that the objective goes beyond simply offering a higher level of brightness. The vice president of Hisense Iberia stressed that the main purpose is improve the quality of the emitted lightThis translates into purer colors, better contrast, and reduced eye strain when consuming content for extended periods of time.
According to the data shared by the company in this presentation, the new backlighting, as in the Hisense U7 MiniLED, it can reach increase total brightness by about 15%, boost the brightness of the red, green, and blue subpixels around a 90%, prolong the panel lifespan in humid environments up to 66% and cut the energy consumption of RGB tones by around 40% compared to conventional solutions.
Innovation, sports and home television upgrades
From the marketing department, Yannella Amendola It focused on the role that innovation plays in brand strategy and how it combines with the sponsorships of major sporting eventsThe firm has been actively participating in international competitions and, as explained, during these periods a an increase of between 10% and 20% in television sales, driven by those who want to watch matches and tournaments with superior image quality.
In that context, the company believes that technologies like RGB MiniLED allow them to better meet user expectations, offering more realistic, brighter and immersive imagesThe idea is that viewers can enjoy sporting events, movies, or video games with a greater sense of immersion, without having to leave their living room.
This approach is part of a broader strategy, in which Hisense seeks to position itself as a relevant player in the premium television segment in Spain and EuropeThe combination of technical advances, sponsorship agreements and a gradual expansion of the range of sizes aims to strengthen its presence in European homes, especially in a year marked by major sporting events.
RGB MiniLED: how it works and how it differs from other systems
The key to the new design lies in how the light is generated in the television. In typical LED panels, backlighting is based on white diodes that leak to obtain the different colors needed in each pixel. With RGB MiniLED, on the other hand, they use independent LEDs for each of the three primary colors: red, green and blue.
This means that, when the image requires a certain tone, Only the diode of the corresponding color is activatedwithout the need for filters that reduce intensity. By eliminating this filtering, the screen can offer a greater chromatic purity, raise the useful brightness level and achieve a more precise contrastwhile maintaining better energy efficiency.
Furthermore, the MiniLED design involves the use of very small diodes distributed across a large number of local dimming zones, allowing for much finer control over which parts of the screen are illuminated and which remain dark. As he explained Florin RisteaThis approach involves a significant technical leap in the evolution of backlightingespecially on large format screens where controlling the light halo is more complex.
The company claims that this architecture not only improves visual performance, but also contributes to optimize overall energy consumption of the television. By turning on only the strictly necessary diodes and doing so more precisely, light waste is reduced and available energy is used more efficiently, something that becomes more relevant in large-diagonal panels.
Another point to consider is the way in which it is managed blue light spectrumBrand representatives explained that choosing less aggressive wavelengths, along with more careful intensity control, allows for a significant reduction in the amount of potentially bothersome blue light reaching the user's eye.
Impact on visual health and viewing comfort
Eye health was a prominent feature of the presentation. Dr. Luis ArrevolaA specialist from ClÃnica Baviera noted that television remains one of the most used devices for entertainment and access to information on a daily basis, so it makes sense that audiovisual technologies integrate visual health criteria in your design.
According to data provided by Hisense and collected during the event, RGB MiniLED technology can reach reduce blue light emission by up to 42% Compared to standard LED solutions, these LEDs fall below the thresholds considered problematic for eyesight. This reduction, combined with more direct color reproduction, means the eye has to... less effort is required to interpret the imageswhich is especially noticeable in prolonged sessions.
The ophthalmologist also emphasized the importance of using televisions of the appropriate size and placed at the correct distanceIn his opinion, having a large, properly positioned screen allows the user to avoid straining their eyes, as details are more easily perceived without needing to get too close.
These factors are compounded by the presence of systems such as glare reduction and the Automatic brightness adjustment based on ambient lightThese features contribute to a more comfortable viewing environment. By limiting glare and adapting the luminance to the room's conditions, the forced contrast between the screen and the rest of the room is minimized, which also helps to alleviate eye strain.
In this way, the company is trying to position RGB MiniLED not only as an aesthetic improvement to the image, but as a a more eye-friendly option for those who spend many hours in front of the television, whether watching series, following sports competitions or playing games.
Potential evolution: RGB MiniLED EVO with a fourth color
Within its short-term innovation plans, Hisense is considering a evolution of this technology called RGB MiniLED EVO. As explained Florin Ristea According to statements reported by specialized media, the idea is to incorporate a fourth additional color to the backlighting, with the aim of further enhancing the perceived quality on screen.
This future variant would seek to go a step further in aspects such as color renderingThe system will manage brightness in specific scenes and the panel's behavior in different lighting environments. While not all technical specifications have been detailed yet, the company anticipates this development in the coming years as part of its roadmap for the high-end television market.
The addition of a fourth color channel could allow a even more precise adjustment of certain nuancesas well as improved performance in complex scenes where tonal blending is critical. This approach aligns with the brand's positioning, which aims to solidify its position as a leading technology provider in the large-format display segment.
Series and sizes: UXQ, UR9S and UR8S with RGB MiniLED
The arrival of RGB MiniLED to the Spanish and European market is materializing, in this first phase, in several large format television seriesInitially, models equipped with this backlighting are offered in 100 and 116 inchesaimed at those seeking a home theater experience. However, the brand plans to expand its range with 60 and 65 inch versions Starting in April, thus bringing technology to classrooms of different sizes.
Within the range, the UXQ series It stands as the first to commercially integrate RGB MiniLED, with the models 116UXQ and 100UXQ as leading examples. These televisions combine the new backlighting with the processor Hi-View AI Engine X, a refresh rate of 165 Hz and motion-smoothing technologies such as MEMCdesigned to improve the playback of sports content and video games.
The UXQ is completed with a smart TV platform based on LIFE U9 or with a surround sound system developed in conjunction with DevialetThis places these models at the top of the range. The idea is to offer a balanced combination of image, audio, and smart features for users looking for a large-screen main television.
For its part, the UR9S series It proposes a slightly different approach, with sizes of 65, 75 and 85 inchesHere, MiniLED technology is combined with a Anti-glare VA panel with matte finish and the processor Hi-View AI Engine RGBdesigned to optimize both image and sound in real time, even in brightly lit rooms.
These models reach up to 180Hz native and are compatible with DolbyVisionIQHDR10+ Adaptive and IMAX Enhanced, allowing them to adapt to different formats and advanced image standards. In terms of audio, they incorporate a system 4.1.2 enclosure and automatic modes that adjust the scene based on the type of content, from movies to sports broadcasts.
The third big family is the UR8S series, which will arrive on the market from July with a wider range of diagonals: 55, 65, 75, 85 and 100 inchesIn this case, the following is also used: Hi-View RGB AI Engine, accompanied by the system AI 4K Upscaler to upscale lower resolution content and take full advantage of the 4K panel.
The UR8S is characterized by a advertised maximum brightness of up to 3.800 nits, Matte screen with anti-reflective technology and color accuracy certifications such as Calman and PantoneThese credentials point to versatile use, both in brightly lit home environments and for user profiles that value reliable color reproduction.
In the gaming field, this series integrates 180 Hz Game Mode Ultra, AMD FreeSync Premium Pro, Game Bar and compatibility with Dolby GamingThe goal is to offer a smooth, low-latency experience for next-generation consoles and PCs. In terms of sound, it incorporates Dolby Atmos, AI Scenario Sound Optimizer and AI Clear Voice, in addition to functions such as Room Fitting Tuning to adapt the acoustic response to each room.
The UR8S models also focus on a connected experience through the platform LIFE U9.5, hands-free voice control and integration with smart homes, so that the television can act as a central node within the home ecosystem.
With this deployment, Hisense positions the technology RGB MiniLED as one of the pillars of its strategy in EuropeCombining improvements in brightness, contrast, and color with reduced blue light emissions and lower energy consumption, the progressive increase in screen sizes, the focus on large-format performance, and attention to eye health paint a picture where television upgrades increasingly rely on advanced backlighting solutions designed for intensive home use.
